X-Git-Url: https://git.proxmox.com/?a=blobdiff_plain;f=Tools%2FSource%2FGenBuild%2Forg%2Ftianocore%2Fbuild%2Ftoolchain%2FToolChainFactory.java;fp=Tools%2FSource%2FGenBuild%2Forg%2Ftianocore%2Fbuild%2Ftoolchain%2FToolChainFactory.java;h=0000000000000000000000000000000000000000;hb=a29c47e01d9689fad735bbeccfaef67676a425d1;hp=ce8e93fbfb71bc1325f46b2f0a49889d911c41c8;hpb=9c39e214765666c7984f09074bfb7c7825df5c54;p=mirror_edk2.git diff --git a/Tools/Source/GenBuild/org/tianocore/build/toolchain/ToolChainFactory.java b/Tools/Source/GenBuild/org/tianocore/build/toolchain/ToolChainFactory.java deleted file mode 100644 index ce8e93fbfb..0000000000 --- a/Tools/Source/GenBuild/org/tianocore/build/toolchain/ToolChainFactory.java +++ /dev/null @@ -1,529 +0,0 @@ -/** @file - ToolChainFactory class. - - ToolChainFactory class parse all config files and get STD_FLAGS, GLOBAL_FLAGS, - and also command path + name. - -Copyright (c) 2006, Intel Corporation -All rights reserved. This program and the accompanying materials -are licensed and made available under the terms and conditions of the BSD License -which accompanies this distribution. The full text of the license may be found at -http://opensource.org/licenses/bsd-license.php - -THE PROGRAM IS DISTRIBUTED UNDER THE BSD LICENSE ON AN "AS IS" BASIS, -WITHOUT WARRANTIES OR REPRESENTATIONS OF ANY KIND, EITHER EXPRESS OR IMPLIED. - -**/ -package org.tianocore.build.toolchain; - -import java.util.HashMap; -import java.util.Iterator; -import java.util.Map; -import java.util.Set; -import java.util.StringTokenizer; -import java.io.File; - -import org.apache.tools.ant.Project; - - -/** - This class parse all config files and get STD_FLAGS, GLOBAL_FLAGS, and also - command path + name. - - @since GenBuild 1.0 -**/ -public class ToolChainFactory { - /// - /// list of Arch: EBC, ARM, IA32, X64, IPF, PPC - /// - public final static String[] arch = { "EBC", "ARM", "IA32", "X64", "IPF", - "PPC"}; - - /// - /// list of OS: Linux, Windows - /// - public final static String[] os = { "WINDOWS", "LINUX" }; - - /// - /// list of Command Type: CC, LIB, LINK, ASL, ASM, ASMLINK, PP - /// - public final static String[] commandType = { "CC", "LIB", "LINK", "ASL", - "ASM", "ASMLINK", "PP" }; - - /// - /// default command name for every command - /// - public final static String[][] defaultCmdName = { { "CC", "cl" }, - { "LIB", "lib" }, { "LINK", "link" }, { "ASL", "iasl" }, - { "ASM", "ml" }, { "ASMLINK", "link" }, { "PP", "cl" } }; - - private String confPath = "."; - - private String toolChainName = "MSFT"; - - private String sTargetFilename = "target.txt"; - - private String sToolsdefFilename = "tools_def.txt"; - - private String sWorkspaceTarget = "WORKSPACE_TARGET"; - - private String sTargetArch = "TARGET_ARCH"; - - private HashMap filesMap = new HashMap(); - - private HashMap globalFlagsMap = new HashMap(); - - private String[][] globalFlagTable; - - private String currentTarget = "RELEASE"; - - /// - /// toolchain array list all results by parsing config files - /// - public static String[][] toolchain = null; - - /** - Public construct method. - **/ - public ToolChainFactory () { - } - - /** - Public construct method. - - @param project current ANT Project. - **/ - public ToolChainFactory (Project project) { - this.confPath = project.replaceProperties("${WORKSPACE_DIR}" + File.separatorChar + "Tools" + File.separatorChar + "Conf"); - } - - /** - Public construct method. - - @param confPath the path of config files - @param toolChainName TOOL_CHAIN name - **/ - public ToolChainFactory (String confPath, String toolChainName) { - this.confPath = confPath; - // - // If set tool used the set one, otherwise use default one. - // toolChain used to define open tools define txt file. - // - if (toolChainName != null && toolChainName.length() > 0){ - this.toolChainName = toolChainName; - } - } - - /** - Parse all config files, following are the detail steps: - -
    -
  • Parse target.txt file. This file define the current build TARGET - and supported ARCH list.
    • -
  • Parse tools_def.txt file. This file define every command name, path - and vendor.
    • -
  • For every supported ARCH and Command Type, find out STD_FLAGS, - GLOBAL_ADD_FLAGS, GLOBAL_SUB_FLAGS.
    • -
- -

Note that this method will be called only once during the whole build - process.

- **/ - public void setupToolChain() { - if (toolchain != null) { - return ; - } - Map map = new HashMap(40); - // - // parse target.txt - // - String[][] target = ConfigReader.parse(confPath, sTargetFilename); - // - // get workspace_target and initialize global flags setting - // - currentTarget = getValue(sWorkspaceTarget, target); - parseGlobalSetting(currentTarget); - String[] archList = getArchs(getValue(sTargetArch, target)); - - // - // If user write the ${toolChain}_Tools_Def.txt use this one, - // otherwise used "tools_def.txt" file. - // - File tempFile = new File (confPath + File.separator + toolChainName.toLowerCase() + "_tools_def.txt"); - if (tempFile.exists()){ - sToolsdefFilename = toolChainName.toLowerCase() + "_tools_def.txt"; - } - - System.out.println("Tools definition file is: " + sToolsdefFilename); - // - // parse tools_def.txt - // - String[][] tools_def = ConfigReader.parse(confPath, sToolsdefFilename); - // - // for each arch find all command's path&name and flags - // - for (int i = 0; i < archList.length; i++) { - for (int j = 0; j < commandType.length; j++) { - // - // Path & Name - // - map.put(archList[i] + "_" + commandType[j], getAbsoluteCmdPath( - archList[i], commandType[j], tools_def)); - // - // Flags: CMD_STD_FLAGS + CMD_GLOBAL_FLAGS + CMD_PROJ_FLAGS - // ARCH_CMD_STD_FLAGS - // - map.put(archList[i] + "_" + commandType[j] + "_STD_FLAGS", - getStdFlags(archList[i], commandType[j], - tools_def)); - // - // Flags:ARCH_CMD_VENDOR or ARCH_VENDOR - // - map.put(archList[i]+ "_"+commandType[j]+"_VENDOR", getVendorFlag(archList[i], - commandType[j], tools_def)); - // - // ARCH_CMD_GLOBAL_FLAGS - // - String[] globalFlags = getGlobalFlags(archList[i], commandType[j], - tools_def); - map.put(archList[i] + "_" + commandType[j] + "_GLOBAL_ADD_FLAGS", - globalFlags[0]); - map.put(archList[i] + "_" + commandType[j] + "_GLOBAL_SUB_FLAGS", - globalFlags[1]); - // - // ARCH_CMD_GLOBAL_FLAGS, default is "". - // - map.put(archList[i] + "_" + commandType[j] + "_PROJ_FLAGS", ""); - } - map.put(archList[i]+"_VENDOR", getVendorFlag(archList[i], null, tools_def)); - } - Set keyset = map.keySet(); - Iterator iter = keyset.iterator(); - String[][] result = new String[map.size()][2]; - int i = 0; - while (iter.hasNext()) { - String key = (String) iter.next(); - result[i][0] = key; - result[i++][1] = (String) map.get(key); - } - toolchain = result; - } - - /** - Get the standard flags (STD_FLAGS) for specified arch and command type. - -
    -
  • Find out Vendor that cmd Command Type with arch ARCH used. The - search sequence is ARCH_CMD_VENDOR -> ARCH_VENDOR -> "MSFT". Here - we suppose default Vendor is MSFT.
    • -
  • Search ${Vendor}_tools.txt file, and get the corrsponding flags. -
    • -
- - @param arch the ARCH - @param cmd the command type - @param map detail flags information of tools_def.txt - @return the standard flags of arch ARCH and cmd Command Type - **/ - private String getStdFlags(String arch, String cmd, String[][] map) { - // - // first is to find out its Vendor in map - // ARCH_CMD_VENDOR -> ARCH_VENDOR -> "MSFT" - // Here we suppose default Vendor is MSFT. - // - String vendor = "MSFT"; - String str; - if ((str = getValue(arch + "_" + cmd + "_VENDOR", map)) != null) { - vendor = str; - } else if ((str = getValue(arch + "_VENDOR", map)) != null) { - vendor = str; - } - // - // change to low letter - // - vendor = vendor.toLowerCase(); - // - // parse the corresponding file and get arch_cmd value - // - String filename = vendor + "_tools.txt"; - String[][] flagsMap; - if (filesMap.containsKey(filename)) { - flagsMap = (String[][]) filesMap.get(filename); - } else { - // - // read file and store in filesMap - // - flagsMap = ConfigReader.parse(confPath, vendor + "_tools.txt"); - filesMap.put(filename, flagsMap); - } - if ((str = getValue(arch + "_" + cmd, flagsMap)) != null) { - return str; - } - return ""; - } - - /** - Get the global flags (GLOBAL_ADD_FLAGS & GLOBAL_SUB_FLAGS) for specified - arch and command type. - -
    -
  • Find out Vendor that cmd Command Type with arch ARCH used. The - search sequence is ARCH_CMD_VENDOR -> ARCH_VENDOR -> "MSFT". Here - we suppose default Vendor is MSFT.
    • -
  • Search efi_flags_table.txt file, and get the corrsponding flags. -
    • -
- - @param arch the ARCH - @param cmd the command type - @param map detail flags information of tools_def.txt - @return two values, first is GLOBAL_ADD_FLAGS and another value is - GLOBAL_SUB_FLAGS - **/ - private String[] getGlobalFlags(String arch, String cmd, String[][] map) { - String addStr = ""; - String subStr = ""; - // - // first is to find out its Vendor in map - // ARCH_CMD_VENDOR -> ARCH_VENDOR -> "MSFT" - // Here we suppose default Vendor is MSFT. - // - String vendor = "MSFT"; - String str; - if ((str = getValue(arch + "_" + cmd + "_VENDOR", map)) != null) { - vendor = str; - } else if ((str = getValue(arch + "_VENDOR", map)) != null) { - vendor = str; - } - // - // parse global flags table - // - if (globalFlagTable == null) { - globalFlagTable = ConfigReader.parseTable(confPath, "efi_flags_table.txt"); - } - for (int i=0; i < globalFlagTable.length; i++){ - String[] item = globalFlagTable[i]; - if (item[2].equalsIgnoreCase(vendor + "_" + arch + "_" + cmd)){ - // - // if item[0] == item[1] is existed in globalFlagsMap - // - if (globalFlagsMap.containsKey(item[0])){ - if( item[1].equalsIgnoreCase((String)globalFlagsMap.get(item[0]))){ - addStr += item[3] + " "; - subStr += item[4] + " "; - } - } - } - } - - return new String[]{addStr, subStr}; - } - - /** - Find out command path and command name. - - 
-        Command path searching sequence in tools_def.txt file:
-        Path: ARCH_CMD_PATH -> ARCH_PATH -> Set to "".
-        
-        Command name searching sequence in tools_def.txt file:
-        Name: ARCH_CMD_NAME -> CMD_NAME -> Default Value.
-
- - @param arch the ARCH - @param cmd the Command Type - @param map detail flags information of tools_def.txt - @return the absolute command path and name - **/ - private String getAbsoluteCmdPath(String arch, String cmd, String[][] map) { - String path = ""; - String name = ""; - String str; - // - // find Path - // - if ((str = getValue(arch + "_" + cmd + "_PATH", map)) != null) { - path = str; - } else if ((str = getValue(arch + "_PATH", map)) != null) { - path = str; - } - // - // find Name - // - if ((str = getValue(arch + "_" + cmd + "_NAME", map)) != null) { - name = str; - } else if ((str = getValue(cmd + "_NAME", map)) != null) { - name = str; - } else { - name = getValue(cmd, defaultCmdName); - } - if (path.equalsIgnoreCase("")) { - return name; - } - return path + File.separatorChar + name; - } - - /** - Find out all global flags value, such as EFI_DEBUG equal YES or NO. Here - are three type files: global_efi_flags.txt, ${TARGET}_efi_flags.txt, - my_efi_flags.txt. global_efi_flags.txt with the highest priority while - my_efi_flags.txt with the lowest priority. - -

All global flags value will store in globalFlagsMap for - getGlobalFlags using.

- - @param target current build TARGET value - **/ - private void parseGlobalSetting(String target){ - // - // parse global_efi_flags -> ${TARGET}_efi_flags -> my_efi_flags - // parse global_efi_flags - // - String[][] map = ConfigReader.parse(confPath, "global_efi_flags.txt"); - for (int i = 0; i < map.length; i++){ - if(globalFlagsMap.containsKey(map[i][0])){ - globalFlagsMap.remove(map[i][0]); - } - globalFlagsMap.put(map[i][0], map[i][1]); - } - // - // parse ${TARGET}_efi_flags - // - map = ConfigReader.parse(confPath, target.toLowerCase() + "_efi_flags.txt"); - for (int i = 0; i < map.length; i++){ - if(globalFlagsMap.containsKey(map[i][0])){ - globalFlagsMap.remove(map[i][0]); - } - globalFlagsMap.put(map[i][0], map[i][1]); - } - // - // parse my_efi_flags.txt - // - map = ConfigReader.parse(confPath, "my_efi_flags.txt"); - for (int i = 0; i < map.length; i++){ - if(globalFlagsMap.containsKey(map[i][0])){ - globalFlagsMap.remove(map[i][0]); - } - globalFlagsMap.put(map[i][0], map[i][1]); - } - } - - /** - Find value with key from map. If not found, return null. - -

Note that default is case-insensitive

- - @param key key value - @param map mapping information - @return the related value of key - **/ - private String getValue(String key, String[][] map) { - return getValue(key, map, false); - } - - /** - Find value with key from map. If not found, return null. - - @param key key value - @param map mapping information - @param caseSensitive whether case sesitive or not - @return the related value of key - **/ - private String getValue(String key, String[][] map, boolean caseSensitive) { - for (int i = 0; i < map.length; i++) { - if (caseSensitive) { - if (key.compareTo(map[i][0]) == 0) { - return map[i][1]; - } - } else { - if (key.compareToIgnoreCase(map[i][0]) == 0) { - return map[i][1]; - } - } - } - return null; - } - - /** - Find value with key from toolchain. If not found, return null. - - @param key key value - @return the related value of key - **/ - public static String getValue(String key){ - for (int i = 0; i < toolchain.length; i++) { - if (key.compareToIgnoreCase(toolchain[i][0]) == 0) { - return toolchain[i][1]; - } - } - return null; - } - - /** - Get Arch list from a string separated with comma. - - 
-        For example:
-          If the arch string is "IA32, X64, EBC".
-          Then the result is {"IA32", "X64", "EBC"}. 
-
- - @param arch string separated with comma - @return Arch list - **/ - public String[] getArchs(String arch) { - if (arch == null) { - return new String[0]; - } - StringTokenizer st = new StringTokenizer(arch, " \t,"); - String[] archs = new String[st.countTokens()]; - int i = 0; - while (st.hasMoreTokens()) { - archs[i++] = st.nextToken().toUpperCase(); - } - return archs; - } - - /** - Get current target value. - - @return current target value - **/ - public String getCurrentTarget() { - return currentTarget; - } - - /** - Find out Vendor that cmd Command Type with arch ARCH used. The - search sequence is ARCH_CMD_VENDOR -> ARCH_VENDOR -> "MSFT". Here - we suppose default Vendor is MSFT. - - @param arch the ARCH - @param cmd the Command Type - @param map detail flags information of tools_def.txt - @return the related vendor name - **/ - public String getVendorFlag (String arch, String cmdType, String[][] map){ - // - // ARCH_CMD_VENDOR -> ARCH_VENDOR -> "MSFT" - // Here we suppose default Vendor is MSFT. - // - String str; - String vendor = ""; - if (cmdType != null){ - if ((str = getValue(arch + "_" + cmdType + "_VENDOR", map)) != null) { - vendor = str; - }else { - vendor = ""; - } - }else if (arch != null){ - if ((str = getValue(arch + "_VENDOR", map)) != null) { - vendor = str; - }else { - vendor = ""; - } - } - return vendor; - } - -}